President Donald Trump signed two executive orders on Monday aimed at pushing the United States into the quantum age — and setting a faster clock for the encryption overhaul that could unravel Bitcoin's security model. The first order targets a 'scientifically relevant' quantum computer at a national lab by 2028. The second cuts the federal deadline for adopting post-quantum cryptography from 2035 to December 2031, a four-year acceleration.
The two orders
The first executive order directs the Departments of Commerce, Energy, and Defense, along with NASA, to develop deployment plans for quantum sensors and networking technologies within five years. It sets a 2028 target for standing up a useful quantum computer at a Department of Energy facility or national laboratory.
The second order moves faster on the defensive side. It tells NIST to complete a pilot migration of federal systems to post-quantum cryptography by the end of 2027. CISA gets a mandate to help critical infrastructure operators make the same transition. White House science advisor Michael Kratsios framed the orders as a continuation of Trump's first-term quantum push.
Q-Day clock ticks faster
For crypto, the worry is Q-Day — the moment a quantum computer can reverse-engineer private keys from public addresses, draining exposed wallets. Google has set its own 2029 deadline for quantum advancement. The new federal timeline doesn't directly regulate crypto networks, but it signals that the threat window is narrowing.
Coinbase's advisory council has warned that roughly 7 million BTC — a big chunk of the circulating supply — could eventually be vulnerable to quantum attacks. Bitcoin's design relies on ECDSA signatures that quantum computers could break. The network has no mandatory upgrade path for quantum resistance, unlike some other blockchains.
Networks that are moving
BTQ Technologies launched a Bitcoin testnet built around BIP-360, a quantum-resistance proposal. Separately, developers have proposed BIP-361, which would freeze BTC held in vulnerable legacy addresses if owners fail to migrate. Both are still proposals — nothing is live on mainnet.
Beyond Bitcoin, Stellar unveiled a migration roadmap for quantum resistance earlier this month. Algorand has pledged broad quantum resilience by 2027. The contrast is stark: some networks have a plan; Bitcoin's upgrade process remains decentralized and contentious.
The NIST pilot migration deadline is the next concrete marker — end of 2027. For Bitcoin, there's no firm date. The conversation around BIP-360 and BIP-361 is likely to intensify as the federal timeline pulls the encryption transition forward. Whether the community can agree on a path before Q-Day arrives is an open question.